Stemify provides a cloud‑based platform that lets K‑12 students learn robotics and coding through physics‑accurate simulations and tiered challenges, supporting both block‑based and Python interfaces. The system offers real‑time telemetry, auto‑grading, and a teacher dashboard for assignment management and analytics, and it integrates with popular hardware kits for hybrid virtual‑physical projects.
Funding
Funding not disclosed
Founders
Product
Problem
Many K‑12 classrooms and extracurricular programs lack affordable, scalable ways to give students hands‑on experience with robotics, coding, and automation, resulting in limited practical skill development and low engagement in STEM subjects.
Solution
Stemify delivers a cloud‑based, challenge‑driven platform that embeds robotics programming and engineering tasks directly into a digital learning environment. Students work through competitive scenarios that require writing code, configuring sensors, and controlling virtual or physical robots, receiving instant feedback on performance. The platform’s progressive difficulty curve and real‑time telemetry help learners build coding proficiency, systems thinking, and problem‑solving abilities without the need for extensive lab equipment. Teachers can assign challenges, monitor individual progress, and generate performance reports through an integrated dashboard, enabling data‑informed instruction.
Target Audience
Primary customers are K‑12 schools, after‑school STEM programs, and homeschooling families seeking structured robotics curricula that combine virtual practice with optional physical kit integration.
Features
- Web‑hosted simulation engine with physics‑accurate robot models supporting block‑based and Python coding interfaces
- Library of tiered challenges covering fundamentals (line following, obstacle avoidance) to advanced projects (path planning, multi‑robot coordination)
- Real‑time telemetry visualizer and step‑through debugger for immediate error identification and correction
- Auto‑grading engine that scores submissions against predefined success criteria and provides actionable hints
- Seamless integration with popular hardware kits (e.g., LEGO Mindstorms, Arduino, micro:bit) for hybrid virtual‑physical learning
- Teacher dashboard offering class‑level analytics, competency heatmaps, and customizable assignment templates
- Multiplayer competition mode that pits student teams against each other in timed robotics contests
- RESTful API for LMS (Canvas, Google Classroom) synchronization and single sign‑on (SSO) support